A) Electric field intensity B) Electric potential C) Conductivity D) Resistivity
A) First B) Third C) Second D) Fourth
A) a B) c C) d D) b
A) Galvanometer B) Jockey C) Variable resistor D) Rheostat
A) Potentiometer B) Multiplier C) Shunt D) Wheatstone bridge
A) Cell B) Electrode C) Galvanometer D) Electrolyte
A) Resistance B) Charge C) Electromotive force D) Voltage
A) Cathode B) Anion C) Anode D) Cation
A) qq/ 4π£oR² B) Q/ 4π£oR C) Qq/ 4π£oR² D) Q/ 4π£oR²
A) 1.6×10-⁹ C B) 9×10⁹ u/F C) 8.85×10-¹² u/F D) 3×10⁸ m/s
A) Fuel cell B) Primary cell C) Secondary cell D) Reserve cell
A) Forth B) First C) Third D) Second
A) Second B) Forth C) Third D) First
A) Mechanical advantage of the machine B) Work done on the machine C) Work done by the machine D) Velocity ratio of the machine
A) Velocity ratio B) None C) Mechanical advantage D) Type of machine
A) The induced current flows in such a way as to oppose the motion producing it B) The extension of a material is directly proportional to the load or force applied if the elastic limit is not exceeded C) The current flowing through a conductor between two points is directly proportional to the voltage across the two points, provided the temperature remains constant. D) The diffusion of a gas is inversely proportional to the square root of its vapour density at constant temperature
A) None B) Salt C) Sugar D) Glass
A) Fricton B) Viscosity C) Adhesion D) Cohesion
A) Current B) Voltage C) Resistance D) EMF
A) Dissociation of the electrolyte into constituent ions B) Movement of ions the their respective electrodes C) Formation of a compound by the liberated substances D) Deposition of substances at the electrodes |